static int
SDL_BlendLine_RGBA(SDL_Surface * dst, int x1, int y1, int x2, int y2,
int blendMode, Uint8 r, Uint8 g, Uint8 b, Uint8 a)
{
SDL_PixelFormat *fmt = dst->format;
unsigned inva = 0xff - a;
switch (fmt->BytesPerPixel) {
case 4:
switch (blendMode) {
case SDL_BLENDMODE_BLEND:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY4_BLEND_RGBA);
break;
case SDL_BLENDMODE_ADD:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY4_ADD_RGBA);
break;
case SDL_BLENDMODE_MOD:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY4_MOD_RGBA);
break;
default:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY4_RGBA);
break;
}
return 0;
default:
SDL_Unsupported();
return -1;
}
}
void display(void)
{
int r;
DRAWGRID(n);
for (r = 1; r <= n; r++) {
DRAWLINE(n, r);
DRAWGRID(n);
}
}
static int
SDL_BlendLine_ARGB8888(SDL_Surface * dst, int x1, int y1, int x2, int y2,
int blendMode, Uint8 r, Uint8 g, Uint8 b, Uint8 a)
{
unsigned inva = 0xff - a;
switch (blendMode) {
case SDL_BLENDMODE_BLEND:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY_BLEND_ARGB8888);
break;
case SDL_BLENDMODE_ADD:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY_ADD_ARGB8888);
break;
case SDL_BLENDMODE_MOD:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY_MOD_ARGB8888);
break;
default:
DRAWLINE(x1, y1, x2, y2, DRAW_SETPIXELXY_ARGB8888);
break;
}
return 0;
}
void CInspectorTreeCtrl::drawValues(CPaintDC & dc)
{
CRect rect;
GetWindowRect(rect);
dc.SetViewportOrg(0, 0);
dc.SelectObject(linePen);
dc.SetBkMode(TRANSPARENT);
dc.SelectObject(GetFont());
dc.SetTextColor(color_windowtext);
DRAWLINE(0, 0, rect.right, 0);
int cWid0 = getColumnWidth(0);
int cWid1 = getColumnWidth(1);
int height = 0;
HTREEITEM hItemFocus = GetSelectedItem();
HTREEITEM hItem = GetFirstVisibleItem();
while(hItem && height < rect.Height())
{
CRect iRect;
GetItemRect(hItem, &iRect, FALSE);
DRAWLINE(0, iRect.bottom, rect.right, iRect.bottom);
height += iRect.Height();
CTreeListItem * itemData = GetTreeListItem(hItem);
if(itemData)
{
iRect.left = cWid0 + 6;
iRect.right = cWid0 + cWid1;
if(hItem == hItemFocus)
{
CRect whitespaceRect;
GetItemRect(hItem, &whitespaceRect, TRUE);
if(whitespaceRect.right < cWid0)
{
whitespaceRect.left = whitespaceRect.right;
whitespaceRect.right = cWid0;
CWnd * focusWnd = GetFocus();
if(focusWnd && (focusWnd->m_hWnd == m_hWnd)) // I have focus
dc.FillRect(whitespaceRect, &whitespaceHighlightBrush_Focused);
else
dc.FillRect(whitespaceRect, &whitespaceHighlightBrush_Unfocused);
}
CString xpath;
getTypeText(itemData->getType(), xpath, true);
if(getFullXPath(hItem, xpath))
{
CRect itemRect, r;
GetItemRect(hItem, &itemRect, FALSE);
r.UnionRect(&itemRect, &whitespaceRect);
tooltipCtrl->DelTool(this, TREE_TOOLTIP_ID);
tooltipCtrl->AddTool(this, xpath, r, TREE_TOOLTIP_ID);
}
}
dc.DrawText(itemData->getValue(), &iRect, DT_SINGLELINE | DT_LEFT);
}
hItem = GetNextVisibleItem(hItem);
}
DRAWLINE(cWid0, 0, cWid0, height);
}
/* axes are drawn *at* the boundaries of the viewport,
* thus, if you want the text to be visable, the viewport
* should be smaller than the image size.
*/
int axes_fltr(image_t *img,ViewPort_t *viewport, float rgb[4])
{
int ixlow,iylow; /* low and high borders in image space */
int ixhigh,iyhigh;
double xt2,yt2;
int i;
double scalex,scaley; /* screen increment for each data pt*/
int w,h,bands; /* width and height of image */
int ih; /* height of viewport */
int nmajx,nmajy;/*number of major ticks*/
int nsubx, nsuby;/*number of minor ticks*/
double xmin, ymin, xmax, ymax; /*x and y axis limits (in data space)*/
double xinc, yinc;
double xnorm=1.0,ynorm=1.0; /* scale factors for exponential axes */
//double decLOG[10] = {0.0,0.3010,0.4771,0.6021,0.6990,0.7782,0.8451,0.9031,0.9542, 1.0};
/* parameters for text*/
image_t *strImg=NULL;
unsigned char *mask=NULL; /* mask for pasting strImg into another image */
char text[50];
int strImg_h, strImg_w;
/* strings for x and y labels */
char xlabel[256]="";
char ylabel[256]="";
/*string label formating parameters*/
char xformat[32] = "";
char yformat[32] = "";
char *ftok = NULL;
char tmpstr[250];
char exp_s[10] = "";
int exp_i;
if (img==NULL || img->data==NULL || img->d!=1 || viewport==NULL) return -1;
/* get local aliases for x and y labels */
strncpy(xlabel,viewport->axis[0].label,256);
strncpy(ylabel,viewport->axis[1].label,256);
/* get local aliases for size of each axis */
strncpy(xformat,viewport->axis[0].format,32);
strncpy(yformat,viewport->axis[1].format,32);
xmin=viewport->axis[0].min;
xmax=viewport->axis[0].max;
xinc=viewport->axis[0].inc_major;
nmajx = (xmax-xmin)/xinc; /* get the number of major ticks */
ymin=viewport->axis[1].min;
ymax=viewport->axis[1].max;
yinc=viewport->axis[1].inc_major;
nmajy = (ymax-ymin)/yinc; /* get the number of major ticks */
if (nmajx<=0) nmajx=1;
if (nmajy<=0) nmajy=1;
/* get local aliases for number of minor tick marks */
nsubx = viewport->axis[0].nminor;
nsuby = viewport->axis[1].nminor;
w=img->w;
h=img->h;
bands=img->bands;
/* get the borders in image space */
ixlow=(int)(viewport->xmin*w);
ixhigh=(int)(viewport->xmax*w);
iylow=(int)(viewport->ymin*h);
iyhigh=(int)(viewport->ymax*h);
if (ixlow<0) ixlow=0;
if (iylow<0) iylow=0;
if (ixhigh>w-1) ixhigh=w-1;
if (iyhigh>h-1) iyhigh=h-1;
ih=iyhigh-iylow;
/* draw the inital box */
DRAWLINE(ixlow , h-1-iylow , ixlow , h-1-iyhigh); /* left */
DRAWLINE(ixlow , h-1-iyhigh, ixhigh, h-1-iyhigh); /*top */
DRAWLINE(ixhigh, h-1-iyhigh, ixhigh, h-1-iylow ); /* right */
DRAWLINE(ixhigh, h-1-iylow , ixlow , h-1-iylow ); /* bottom */
/* determine the scaling from data to image coordinates */
if (viewport->axis[0].type==AXIS_LOGARITHMIC)
scalex = (double)(ixhigh-ixlow)/(log10(xmax)-log10(xmin));
else
scalex = (double)(ixhigh-ixlow)/(xmax-xmin);
if (viewport->axis[1].type==AXIS_LOGARITHMIC)
scaley = (double)(iyhigh-iylow)/(log10(ymax)-log10(ymin));
else
scaley = (double)(iyhigh-iylow)/(ymax-ymin);
/* ok, loop over the data space, and draw the ticks */
/* x axis */
double xx;
double xtmp;
double lx,lxmin;
/* write the x and y lables if non-empty */
if (strlen(xlabel)>0) {
strImg = text_pango_fltr(xlabel,rgb,10,&mask);
strImg_h = strImg->h;
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,
(ixhigh+ixlow)/2 - strImg_w/2,
(int)(h-1-iylow+1.5*strImg_h),mask);
free(strImg->data);
free(strImg);
free(mask);
}
if (strlen(ylabel)>0) {
strImg = text_pango_fltr(ylabel,rgb,10,&mask);
/* rotate the image 90 degrees counter-clockwise */
rotatemask_90_fltr(mask,strImg->w,strImg->h,1);
rotate_90_fltr(strImg,1);
strImg_h = strImg->h;
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,
(int)(ixlow - 2.5*strImg_w),
h-1-(iyhigh+iylow)/2-strImg_h/2,mask);
free(strImg->data);
free(strImg);
free(mask);
}
/*determine if x tick labels will be written
* in exponential form*/
if (strchr(xformat,'e') != NULL)
{
sprintf(tmpstr,xformat,xmax);
printf("tmpstr = %s\n\n",tmpstr);
strtok(tmpstr,"e");
ftok = strtok(NULL,"e");
int me;
me=(int)strtol(ftok,NULL,10);
sprintf(exp_s,"10<sup>%d</sup>",me);
printf("exp_s = %s\n\n",exp_s);
errno = 0;
exp_i = strtol(ftok,NULL,10);
if(errno == ERANGE)
{
fprintf(stderr,"axes(): unable to determine exponent for x-axis\n");
return -1;
}
/* get scale factor */
xnorm=1.0/pow(10,(double)exp_i);
/* fix the format string to no longer print 'e' form */
char *ptr=strchr(xformat,'e');
if (ptr!=NULL) *ptr='f';
strImg = text_pango_fltr(exp_s,rgb,10,&mask);
strImg_h = strImg->h;
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,ixhigh,h-1-iylow+strImg_h,mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
}
switch (viewport->axis[0].type)
{
case AXIS_LINEAR:
xx=xinc/(nsubx+1);
for (xtmp=xmin;xtmp<=xmax;xtmp+=xinc) {
DRAW_TICK_V(scalex*(xtmp-xmin)+ixlow,h-1-iylow,UP,MAJOR);
DRAW_TICK_V(scalex*(xtmp-xmin)+ixlow,h-1-iyhigh,DOWN,MAJOR);
//label x major ticks
sprintf(text,xformat,xtmp*xnorm);
text[49]='\0';
strImg = text_pango_fltr(text,rgb,10,&mask);
if (strImg==NULL)
{
fprintf(stderr,"Error! strImg was NULL!\n");
abort();
}
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,scalex*(xtmp-xmin)+ixlow-strImg_w/2,h-1-iylow+0.01*ih,mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
//draw minor ticks
for (i=0;i<nsubx;i++)
{
xt2 = xtmp+(i+1)*xx;
if(xt2<=xmax)
{
DRAW_TICK_V(scalex*(xtmp+(i+1)*xx-xmin)+ixlow,h-1-iylow,UP,MINOR);
DRAW_TICK_V(scalex*(xtmp+(i+1)*xx-xmin)+ixlow,h-1-iyhigh,DOWN,MINOR);
}
}
}
break;
case AXIS_LOGARITHMIC:
xx=pow(xinc,floor(log10(xmin)/log10(xinc)));
double x1;
//xx=xinc/(nsubx+1);
lxmin=log10(xmin);
for (xtmp=xmin;xtmp<=xmax;xtmp*=xinc) {
lx=log10(xtmp);
DRAW_TICK_V(scalex*(lx-lxmin)+ixlow,h-1-iylow,UP,MAJOR);
DRAW_TICK_V(scalex*(lx-lxmin)+ixlow,h-1-iyhigh,DOWN,MAJOR);
//label x major ticks
sprintf(text,xformat,xtmp*xnorm);
strImg = text_pango_fltr(text,rgb,10,&mask);
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,scalex*(lx-lxmin)+ixlow-strImg_w/2,h-1-iylow+0.01*ih,mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
//minor ticks
x1=(xtmp+xx*xinc)/(nsubx+1);
for (i=0;i<nsubx;i++)
{
xt2 = xtmp+(i+1)*xx;
lx=log10(xtmp+(i+1)*xx);
if(xt2<=xmax)
{
DRAW_TICK_V(scalex*(lx-lxmin)+ixlow,h-1-iylow,UP,MINOR);
DRAW_TICK_V(scalex*(lx-lxmin)+ixlow,h-1-iyhigh,DOWN,MINOR);
}
}
xx*=xinc;
}
break;
default:
fprintf(stderr,"Error: Specified axis type is not supported.\n");
break;
}
/* y axis */
double yy=yinc/(nsuby+1);
double ly,lymin;
double ytmp;
/*determine if y tick labels will be written
* in exponential form*/
if (strchr(yformat,'e') != NULL)
{
sprintf(tmpstr,yformat,ymax);
strtok(tmpstr,"e");
ftok = strtok(NULL,"e");
int me;
me=(int)strtol(ftok,NULL,10);
sprintf(exp_s,"10<sup>%d</sup>",me);
printf("exp_s = %s\n\n",exp_s);
errno = 0;
exp_i = strtol(ftok,NULL,10);
if(errno == ERANGE)
{
fprintf(stderr,"axes(): unable to determine exponent for y-axis\n");
return -1;
}
/* get the scale factor */
ynorm=1.0/pow(10,(double)exp_i);
/* replace 'e' in format with 'f' */
char *ptr=strchr(yformat,'e');
if (ptr!=NULL) *ptr='f';
strImg = text_pango_fltr(exp_s,rgb,10,&mask);
strImg_h = strImg->h;
strImg_w = strImg->w;
paste_with_mask_fltr(strImg,img,ixlow-strImg_w,(int)(h-1-iyhigh-1.5*strImg_h),mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
}
switch (viewport->axis[1].type)
{
case AXIS_LINEAR:
for (ytmp=ymin;ytmp<=ymax;ytmp+=yinc) {
DRAW_TICK_H(ixlow,h-1-scaley*(ytmp-ymin)-iylow,LEFT,MAJOR);
DRAW_TICK_H(ixhigh,h-1-scaley*(ytmp-ymin)-iylow,RIGHT,MAJOR);
//label y major ticks
sprintf(text,yformat,ytmp*ynorm);
strImg = text_pango_fltr(text,rgb,10,&mask);
strImg_w = strImg->w;
strImg_h = strImg->h;
paste_with_mask_fltr(strImg,img,ixlow-strImg_w-1,h-1-iylow-scaley*(ytmp-ymin)-strImg_h/2,mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
//x minor ticks
for (i=0;i<nsuby;i++)
{
yt2 = ytmp+(i+1)*yy;
if(yt2<=ymax)
{
DRAW_TICK_H(ixlow,h-1-scaley*(ytmp+(i+1)*yy-ymin)-iylow,LEFT,MINOR);
DRAW_TICK_H(ixhigh,h-1-scaley*(ytmp+(i+1)*yy-ymin)-iylow,RIGHT,MINOR);
}
}
}
break;
case AXIS_LOGARITHMIC:
lymin=log10(ymin);
for (ytmp=ymin;ytmp<=ymax;ytmp*=yinc) {
ly=log10(ytmp);
DRAW_TICK_H(ixlow,h-1-scaley*(ly-lymin)-iylow,LEFT,MAJOR);
DRAW_TICK_H(ixhigh,h-1-scaley*(ly-lymin)-iylow,RIGHT,MAJOR);
//label y major ticks
sprintf(text,yformat,ytmp*ynorm);
strImg = text_pango_fltr(text,rgb,10,&mask);
strImg_w = strImg->w;
strImg_h = strImg->h;
paste_with_mask_fltr(strImg,img,ixlow-strImg_w-1,h-1-iylow-scaley*(ly-lymin)-strImg_h/2,mask);
free(strImg->data);
free(strImg);
free(mask);
strImg = NULL;
for (i=0;i<nsuby;i++)
{
ly=log10(ytmp+(i+1)*yy);
yt2 = ytmp+(i+1)*yy;
if(yt2<=ymax)
{
DRAW_TICK_H(ixlow,h-1-scaley*(ly-lymin)-iylow,LEFT,MINOR);
DRAW_TICK_H(ixhigh,h-1-scaley*(ly-lymin)-iylow,RIGHT,MINOR);
}
}
yy*=yinc;
}
break;
default:
fprintf(stderr,"Error: Specified axis type is not supported.\n");
break;
}
return 0;
}
